Foldable dispensing and closure device



NOV. 11, 1952 s, MlLLER, 2,617,563

FOLDABLE DISPENSING AND CLOSURE DEVICE Filed Jan. 4, 1946 4 Sheets-Sheet l 1952 S.,.MILLER 2,617,553

FOLDABLE DISPENSING AND CLOSURE DEVICE Filed Jan. 4, 1946 4 Sheets-Sheet 2 jamzzel fiilez;

Nov. 11, 1952. s. MILLER 2,617,553

FOLDABLE DISPENSING AND CLOSURE DEVICE Filed Jan. 4, 1946 4 Sheets-Sheet 3 Eli WW Jamaal/102597;.

S. MILLER FOLDABLE DISPENSING AND CLOSURE DEVICE Nov. 11, 1952 4 Sheets-Sheet 4 Filed Jan. 4, 1946 c 1 M W m LL MK WW a a a 5 A Patented Nov. 11, 1952 UNIETEDT-R STAT-ES; PAT

F-OLDABLE: DISPENSING AND CLOSURE-w DEVICE SamuelMiller; Washington, D. 0.1 Application-.1 anuary i, 1946, SerialNo. 63.9}099 f 14Glaims; (Cl. '222--528) This invention relates. ,the art of .7 dis'pens ing pulverulent materials. More, particula'rlylit;

relates to a novel dispensing. andclosure device, especially applicable- ;to containers ,f or extremely finely divided solid. particlesfl- Indicative. of a H particular adaptation ofethe inventiomand illustrative of a preferred. embodiment thereof; it

pertains to cosmetic ,powder containers 1- The prevailing-1 tendency forrimpalpable powders to scatter and diffuse-as-- aadustaduringr a dispensing operation, as; from L a conventionaL package, is a matter ofv-generalarecognitions This situation. is effectively: illustrated; in: confrom .its. container. Thesespowders ;arerusua11yi packaged 1111 .containers. mailing; pfi fi seal completely. envelopinggrtheeopen rend-or top 1 and which is permanently;attached to-the-container walls.. Accordin ly: thisgpaper seal; integral with the 1' wa-lls g fill-101710115 to,- completely enclose the impalpable powder and comprises at.

surface of the; containen walls, of a the container; in a close concentric fit,

and is thereby superimposedaonsthe said paperv In removing;facial-powder from a previously.

The -container coveris normally designed to telescope overfthe lateral.

unopened containen-itis gnecessary to first pro-s vide arr-opening; or ;slit in rthei-papenseal to permit vthe powdento flow. through: Wh n h e ntainerflisitilted;,1for example;tortransferthe powder through: this 1 opening or slit to a compact or vanity case;;the;- diffusion characteristics of: the finely. divided material iinevitably result in an. uncontrolled dispersalor scattering of some powder, with an; attendant: dusting; or. soiling of any objects within reaso able :proxi-m;ity; to the dispensing operation, upholstery, rugs;. the'gflo'or tet cetera.

In addition there is a generally. objectionabledissipation sot some of the materiaL'. particularly Sine-eithe over thexsurfacegof: the: papersea-ls powder dispersedgon thesealcannot be effectively. returned through rthe.-slit,,or; opening to thegcontainer, thereunder; and remains:- enerally un-.

confined, this: functions; tor-aggravate the. 0b,!" noxious dusting and soilmg tendency during any subsequentedispensing operation. Moreover: they diffusion characteristics of this. .unconfinedlpowder on the seallsurface,persist evenu with the 0011-.-

tainer, cover securelyfiiniposition, Whenthe 'container. is ,subj-ectedto any, undue. disturbance. or movement,

It is an, object ofthis invention -to'ob'viate "such diflicultie's and" uncertaintiesjasj hereinab'ove' indicated.

usually.:clothes furniture,

Anoth'er"'object is .tojatta'in a dispensing: 'de vice peculiarly: adaptedjfor;packagesicontaining pulverulent "materials.

Anradditional object is aclosure device especial;- 1y applicableto' the dispensing opening; of a container for finely divided solidsubstances;

Alfurthenobject is to devise a .novel";combi nai-' tion dispensing jan'd'i closure device? which isi peculiarly, applicablegtol containers for pulverulent or liquid! materials.

An important object is to produce a novel c014.

lapsible spout for dispensing an impalpably fine material; such'vas" cosmetic powder; from itsscontainer and an efiective closurefor' the saidjcomtainer.

Still another objectof the invention is'a seal fora cosmeticipo'wder container; withacollapsie ble dispenser and closure device'jfor afiording confined flowv from, and .to, the container.

A significant ;object: is to." provide "a unitary blank adapted, toifunction. as a. container; surface and -to provide, a. combination collapsible spout or dispenser andiclosure device; I

Other objects; advantages and. features of Q the invention will become? apparent" from the following descriptionrreadsin connection with the,

accompanying drawings, in'.which similar ele-' ments are designatedby likenumerals :v

Fig; 1 is a plan view of a container ofrth'e'.

cosmetic powder variety, showing the paper seal or coveringlprovidedwith afcombined dispensing spoutland closure.,device,- within th'e purview-of the invention,..infclosed position.

Fig; 2 relates to .a side view', partly in section, taken along. the"line.l.2 2,of 1

Fig; 3 [prese'ntsla i fragmentary v perspective of the. -uncovered container, .-showing;the dispenser, in open.position,..integral with the package seal,

the details; being "applicable to; the dispenser modification attainable from, the illustrative blank (of fFig I7 7 V Fig. A 4 shows .in fragmentary] perspective a seal similar to that; of Fig,- 13, iwithj, a modified f dispensing v spout partly -io1dedf, or A collapsed.

Fig. 6 sets forthla fragmentary section on line 6- 6" of T Fig, 5, showing "a, coordination of the package seal andjthe dispensingfunnel. or spout;

Fig; 7 reveals 'a' unitary blank modification "of the package" seal and jvthe" dispensingiufunneh adapted. to function as v a collapsible package closure;

Fig; 8 indicates in perspective one modification of an independent "type ;of dispensing funnel and" jclosure devicein attachment with a package seal fragmentari'ly "shown.

Fig. 9 shows a sectional elevation taken along 9-9 of Fig. 8.

Fig. is a fragmentary plan view of the seal and its opening to which the dispenser of Figs. 8 and 9 are attached.

Fig. 10a relates to a blank adapted for forming the dispenser of Figs. 8 and 9.

Fig. 11 shows in perspective a dispensing funnel and closure generally similar to that of Fig. 8, adapted for attachment to a package seal in superimposed relationship with the seal opening in predetermined position.

Fig. 12 presents a fragmentary plan showing of the opening in the seal adapted for association with the dispensing funnel of Fig. 11.

Fig. 13 deals with a sectional detail of the dispenser of Fig. 11 correlated with the seal opening of Fig. 12.

Fig. 14 relates to a perspective of a blank folded into a tubular form of rectangular cross section with the free edges attached, indicating a preliminary stage of the formation of the dispensing device of Fig. 11.

Fig. 15 pertains to the provision of flange means by slitting the corners at one end of the form of Fig. 14.

Fig. 16 shows the form of Fig. 15 cut on a bias in the course of preparing the dispenser.

Fig. 17 is a collar independently cut and adapted for overlying the flanges shown in Figs. 15 and 16.

Fig. 18 presents in perspective another modification of independent dispensing funnel and closure adapted for attachment to a package seal opening.

Fig. 18a indicates in perspective a modification of blank in a formative stage applicable to the dispenser of Fig. 18.

Fig. 19 comprises an additional dispenser modification shown in perspective together with the package seal to which it is attached.

Fig. 20 is directed to a cross-sectional view of dispenser of Fig. 19 taken along the line 22-29.

Fig. 21 provides in perspective the dispenser modification of Fig. 20, showing structural features thereof independently of the seal.

Fig. 22 is drawn to an illustrative blank and fold lines from which the dispenser of Figs. 19-21 may be derived.

Referring more particularly to the features of invention embodied in the modifications shown by the various figures of the drawings, designates a cosmetic powder container of cylindrical configuration, with 2 indicating the lateral walls thereof. The cover of the container, not shown, may be of the type which is provided with downwardly extending flanges, similar to lateral walls, and is adapted to telescope over walls 2 in a close fit, the free edge of the flanges or walls of the cover seating on flange 3 of the container. Package seal 4 is permanently attached to lateral walls 2 of the container in any expedient manner, as by resort to an adhesive applied to pleated portion 5 of the seal, whereby the said seal in effect comprises an upper wall of the container. Any decorative or ornamental covering 6, usually paper, may then be superimposed over said portion 5, and afiixed thereto as well as to lateral walls 2 in any desired fashion, as by an appropriate adhesive composition.

The dispensing funnel or spout of Figs. l-6 is shown as an integral part of package seal 4, being made from the same unitary blank. Referring to Fig. 7, the blank generally designated as 5, is stamped or cut from a sheet, fragmentarily shown, of any flexible or foldable material, desirably paper of predetermined characteristic and texture. Fold or crease line 9 determines the top surface iii of the package seal 4.

An opening |3 is determined in the seal by flaps I i, which are adapted for folding along crease or score lines IS. The segment 11, which includes the generally triangular portion projecting beyond the circular part of blank 5 shown in Fig. '7, is foldable relative to projecting portion l8 along crease line l9, and this projecting portion is in turn foldable along crease line 23.

Segment I1 is further provided with two additional rectangular shaped projections 2| and 22, extending from opposite apices at side 23 of the segment. Projection 2| is foldable relative to segment I? along crease line 24, while projection 22 is foldable with respect to segment i! along crease line 25. Projection 2| is further supplied with a fold line 26 as well as a slit 21, the purport of which will be apparent from the description hereinbelow.

In forming the dispensing funnel 1, projection i8 is folded over on crease line 2!] so as to be superimposed on portion 28 of the blank, fold line I9 then substantially coinciding with fold line 9, or crease line 32 representing the pertinent portion of said fold line 9. While projection l8 may be adhesively attached to portion 28 of the blank, this expedient is not esssential since in the ultimate positioning of seal 4 on the container, as shown in Fig. 3, the ornamental material 6 will be superimposed over the correlated association of H3, 23 and will retain them in position against lateral walls 2 of the container. It will be noted that the surface area of projection I8 is such as to correspond essentially with the surface area of blank portion 28.

At this stage, segment H is pivotable along score or crease line i9 at the edge 9 of the package seal and, therefore, adjacent opening l3 of the seal. Portions 29 of segment foldable along crease lines 35), are affixed to flaps M of opening l3 by adhesive or the like. In this connection, the dimension of line 3| on each side of projection |8 desirably corresponds with the length of the flaps l4, corresponding with fold line I6. Accordingly the attachment of the flaps 14 to the respective portions 29 of segment these parts being appropriately faced and aligned relative to each other with lines 3| coinciding with fold lines I 6, results in projections 2| and 22 being free at this stage of the dispenser construction. Folding projection 2| along line 24 to a position at right angles to flap l4, and thus into a position to span the edge 32 of opening I3, portion 35 forms a wall or guard means relative to opening l3 and opposite to that determined by segment 21, which is that portion of l! bordered by line l9 and lines 30.

' The edges 33, 34 of projection 2| are of essentially the same dimension as edge 32 of opening |3, and crease line 26 will, therefore, coincide with edge 32 under these conditions. Portion 36 of projection 2| is attached to the top H] of seal 7 4 by any expedient adhesive material, with crease ase ne tin here whent e iunnelisi l e n o s u t m e shape f r u e... conve in urface. n s asu q tantial y t ian ularcon s r r n or e d wi hjwal 1. ateralwalls' 38, f. he, ip n f nn l. matte f lde along their. respective creaselilles 315 M and, 31"; .10

h wall be ng. also .ioldahle'. long c ease. llv and 12;. thus it. .wil1-be notedgthatthe fold line on the pe tive. wa l$.;3.8,.an .3 arehu tefie entia dimi a lvt e aller .eua clfibi';

determined by por io s.v 315,. zzrinteeral ra tached .15

to .each other, is foldable, to a substantially tri n ul r shape .alons. lines 3 the ght ere i no. intentto. be .restricted.to thi particular. con:

figuration.

he .c ea e l es of F -5 rre pond .i ...thi .20

function with those sh wn On.Fig...8... In'thisoQn: nection, crease lines ll; 12 .ofFig. 3 ,corres Qnd withlines 40a 4010f Fig. 8, and transverse fold. line 31 of Fig. 3 is equivalent. to transverse line.

38 ,of,Fig. 8.. Likewise lines, 35, 355.01, .wall,36,'-...of 5

Fig, 3 are analogous to lines 41,; 41hr wal1 46 of- Fig. .8.. The remaining elements of significance in thecollapsing. of thedispenser. shown in Fig. 3 to a closure device. have. .been, .des ignatedby.

similarv numerals to those shown ,on Fig. ;8,..em.-. 0

bracing the corner-areas .12, ,verticaledges 69,10

and horizontal edge portionsl L .of the guar'd wall.

The manner of foldingthe dispenser. of Fig, 3y

along its. respective ,crease linesnmay. desirably follow the procedure. described hereunder inthe detailed consideration presented relative tothe functioning of the dispenser. shown in Fig; B and... it is therefore discussed only generally at.,..this-- point. In collapsing the dispensen. wall 38 may be causedto overlap wall-38;.ithe.latter haVi desirably beenat least partially folded-over ontoitself by the expedient of;its..crease linea II; l 2;; as well as lines 31, 3141. Thus wall, 38; is ultimately l e over oai mn s r t e eaie eotr crease. nssrw i e,M1 13 i-:1 ay.s m l rlv.1b z fi t d u l do erwith euppersporti. here iper mposed :u o t esl wer p rtion :bu.-t.-; the respective. walls are subject. 1130':foldinglothlough the e ped ent of difierent. .crease. -,or. .fold :1ines.

The ultimate result! comprises the collapse 0fthe dispenser ..with, wall. 38' 1 beinginterposed; within the folded wall 38,a.the...c0ntact=of the respective walls being on their reverseiorvinner surf-aces.-

At the same time,-end areas of guard wall-36h are folded inwardly toa -position adjacent theinner surface of this wall anddesirably caused to overlap somewhat, and may result in a sub-* stantiallytrian ular form for saideufifdwallfm 36', defined by lines35"; Atthis-point the;ov,e1jlapped lateral walls 38 38 ,have their upper portionin a comparatively vertical plane and their lower portion a a ent u rd -w 1.;3 .;.in1.a 9

t e v r z tal .1 a e... Guard .1 w l 3 33 l e esa qr aid y t en-be p voteda oneli e 32 to overlie the saidhorizontalQportionpflthe.

overlapped walls 381,38, The vertical; or. apex e lp the overlappe late al walls-matin e m rat ve QliiZQhta ..-p r iQn,..a d. re v. ses 'to overli the-h izont lly pos i nediolded uat .Wal ...351-, s. .ane .39.;mavt embe tte .ins it t.l. or .re a ti sthe diPn. l;2in:it

position as a closure device. It will be noted that 6 lines I B correspond. withithe pivotalzaxes for the la ter al'wal'lsj38-,'-38

Thus the rear wa111-is1positioned at the. top .of: the. collapsed fdispenser, thereby being superim'- v posed over the foldedlateral Walls 38;381 as well as the folded guard wall .36"; The end-portion 38 of thedispenser isadapted 'forinsertionflin" the slit'i'lvto provide a..closure device, i. e. for. retai in l he funnel in.collaDSed position until] the dispensingof powder is desired.)

The; blank jcomprising I the seal 4' and dispenser.

I assembled .as hereinabove described, 1 is? positioned over. the opening .edge of lateralwalls 2 of. 5' the container, theseal surface l0 .coincidin'gwith' the containerwopenin The blankjisfolded along the; c rease .0 .Score. line..9, .to bring. portion 5 into. contiguity. with lateralxwalls..2; In. order to.- effectuate the. attachment ,of. portion .5 to .walls'. 2 Si by adhesive or .otherwise and .in.a manner to. attain a. suitable fit',f portion. 5 is provided .Lwitli aplurality .of pleats. 8.; .Asnpreviously indicated, ornamentallcover .B 'ispositionedover the lateral walls 2 and portionfi of the seaLthereby servingto concealthe, .pleats v.8. There is. no. intent how: ever, to be. restricted .to any particularmannerof .j attaching the seal-to the container.v

It- .will thu's..b..,se en-. that, the. dispenser .1 is

adaptedto supply powder. .through the, funnel essentially without danger of .dissipatingthelmar. terial. During the dispensing, a the, v.powden is guided by the sidewalls 38, 33" andattheter-v mination. of the pouring action, any. .residual powder remaining. in thefunneLmay. be returned tothe-container through opening. l3. substantially without diffusion or .loss.,by-.-spillage; in View of the guard 36'.. In effectlateral Walls-38,38, guard wall 36' and the conveying surface l1!-WhiCh.COrr responds with rear. .wall 1' determinea perimetric enclosure at .the base or inlet. .portionof the dispenser. On completion of the dispensingoperation, the spoutmay be collapsed to a horizontalposition alongthe surface .of the package .seal and, retained in this position; Accordingly where a container cover is contemplated, irrespectiveof the,design of this-cover'or the manner-in which it, fits over-the opening, .the dispensing device will notinterfere therewith.-

The device 0f-Fig;.;4 is generallysimilar to-that of Fig. 3 with respect'to its fundamental struc-.-- ture and functioning characteristics. However it represents a modification of the funnel orspout shown in Fig. 3 to the extent that the-crease': lines on the respective'walls: are -reversed;,with the result that-the funnel .of-Fig. .4 folds in precisely the opposite direction tothatof the' funnel shown in Fig. 3. Thuscrease.lines'corres-ponding to! L l 2, 31, 31a, shown on lateral wall-38 of Fig.3, are

to that indicatedv in Figs,,l-7, and in its completedform,.-.it is shown by. the. perspective. of. Fig. 8.. The fragmentary, disclosure.. of the, seal..surface.: is designated'as .42. and.theppeningthereinris 4.3

Referring to the ,funneL'or dispenserin its. open position as shown in Fig. 8, 44 designates the rear wall, while the side walls are indicated as 45, 45'. The rear wall 44 determines the conveying surface in this modification, and the guard wall is designated 45. This dispenser is attached to the seal 42, shown in fragmentary proportion, by causing flanges 4i, 4|, 5!, 5| to adhere to the undersurface of the seal.

Lateral wall 45 is subject to being folded along transverse crease line 48'. Side wall 45 is provided with transverse fold lines 48, 48a, thesebeing in effect coextensive when the wall is extended after in the position shown in Fig. 8. Accordingly and as pointed out above in the description relating to Fig. 3, the crease lines on the respective lateral walls 45 and 45' are not symmetrical, since they difler as to their number andmanner of functioning. In addition, wall 45 is shown to have fold or crease lines 45a, 40, these lines being essentially a continuation of each other and embracing the longitudinal dimension of this lateral wall substantially from its apex portion 49 to guard wall 45; however, as will be noted from the drawing, fold line 45 is angularly disposed relative to fold line 40a and the angular association may approximate that of a right angle or a somewhat obtuse angle when the wall is in an extended position as in Fig. 8, but there is no intent to be restricted to any particular angle, since this may be subject to variation without deviating from the purport of the invention. The juncture of lines 40' and 44a is desirably on the transverse crease line 48, 48a.

Guard wall 46 may be foldable to a substantially triangular form by folding two areas 72 along their respective crease lines 41, 41'. Thus the area '12 determined by lines 69, H and 41 is foldable along line 41 by forcing this area to a position adjacent the inner surface of wall 46, at which time vertical edge 69 of wall 45 essentially coincides with line i I contiguous the seal opening, and horizontal edge I l of wall 46 assumes a position substantially at right angles to said line H. Similarly the other area (2, determined by lines l8, l2, and 4'! is foldable to overlie the inner surface of wall 45, with edge falling along line ll and edge 72' becoming vertically positioned with respect to said line ll. With both areas 12 folded in as described, edges 59 and 19 of wall 46 form a substantially coextensive straight line along line i I, while edge portions 1 l T2 of wall 46 desirably overlap somewhat and define a line vertically disposed relative to the line determined by edges 59, 10.

In the ultimate folding of wall 45, the longitudinal area P on one side of crease lines 40a, 40 is to be folded over corresponding area Q on the other side of crease lines 40a, 40. Thus in this overlapping of area P on Q, crease line 48a assumes an angular position relative to crease line 48; the extent of this angle is subject to variation, dependent on the degree of overlapping of area P over area Q and may desirably be an acute angle. It is not essential that P completely overlaps Q, but it is quite desirable that some overlapping be afforded throughout the length of the lateral wall, as along fold line 40a, 40'.

To collapse the dispenser, walls 45, 45 and 45 in effect simultaneously alter their relative status. As lateral wall 45 becomes overlapped on itself by folding area P over area Q along lines 40a, 40', with crease line 48a assuming an angular relationship relative to crease line 48, lateral wall 45' is in effect simultaneously folded over wall 45, crease line 48' thereby essentially overlying crease line 48a. It will also be noted that the collapsing of the dispenser results in wall 45 being substantially folded over on itself, and wall 45' is likewise essentially doubled over, but the folding of these respective walls is attainable through the above indicated different fold lines. The ultimate effect is the interposing of wall 45' within the folded wall 45, but the contact between the respective walls is on their reverse or inner surfaces.

At the same time guard wall 45 becomes folded by the moving in of areas 12 as previously described. At this stage, lateral walls 45' and 45 are longitudinally overlapped, with the latter being folded over itself and with guard wall 46 assuming a substantially triangular form, although it may still be in a practically vertical position relative to the seal surface. This longitudinal overlapping of the lateral walls 45, 45 at this point results in the upper portion of the overlapped walls being in a comparatively vertical position relative to the lower portion of the overlapped walls which are in a comparatively horizontal position. To collapse the dispenser to a horizontal position and into essentially the same plane as that of the seal, the overlapped lateral walls 45, 45' are doubled over along the now essentially superimposed fold lines 48, 48a, with the edge of the seal opening at the base of rear wall 44 serving as a pivot line. Similarly guard 45, in its substantially triangular form, is foldable to a horizontal position in superimposed relationship to the lower overlapped, substantially horizontal portion of lateral walls 45, 45', the line of juncture between guard 45 and the seal opening providing the axis for this pivoting. The overlapped apex portion 49 is desirably caused to overlie folded guard wall 46, in its horizontal position with the apex being adapted for insertion through slit 52 of seal surface 42 to be pocketed between portion 50 of flange 5| and the under surface of the seal.

This pocket structure is attainable as a result of the manner of attachment of flange 5! to the under surface of seal '42. Referring to Fig. 8 it will be seen that portion 5!! is an integral part of flange 5! intermediate the edges of said flange. While the surface of the flange is provided with an adhesive or bonded material or the like 55 for attaching the same to the under-side of the seal, intermediate portion 53 is free from any bonding or adhesive material. The dimension of portion 50, as will be apparent from the showing in Figs. 8 and 9, is such as to embrace the slit 52 as well as the length of apex 49, which is intended to protrude through the slit 52 when the funnel is attached to the seal and closed or collapsed relative thereto. Alternatively a collar may be superimposed on and attached to the dispenser flanges. The collar may then be caused to adhere either to the outer surface or to the under surface of seal 42 in coordinated association with the seal opening. If desired an independent slit for the apex portion of the dispenser may be provided by the attachment of a strip of material to the seal surface, and this expedient is applicable to any of the modifications shown. Conversely where a pocket type of slit is contemplated for the dispenser apex, an appropriate area 55, free from adhesive, is allowed on the side of the collar which is adhesively attached to either the outer or under surface of the seal to render the dispenser integral with the seal and to provide a pocket for the dispenser apex. In the latter construction, it will be understood that adhesive or bonded material is similarly omitted from that portion of the flange 5 Fig.4 1 1 eliminate corners 64,65 and resulting in the apex -19 5I.and .theoverlying collar,portiontoprovide the appropriate Ilpocket .-for receiving the dispenser apex.

In. the attachment of'the dispenser assembly of I'Figs. 8 .andJQ: to seal ".42, .the tunnel is passed through. seal. openingii' l3,-- the base, portion .of the funnel being desirably. dimensionedto. correspond with said. opening-.43. LAsa'result of. the adhesive orbin'ding material 50' [over .flanges .4 I 4 I and L 5 I-', as well as. over i 5 I previously. .Tindicated,.with portion =50 free .from adhesive, I. the flanges may benpermanently. anixed -to.-theunder-surface of seal -42,- affording .the pocketlfio relative to seal 4-2 for'the reception of apex :49 of thefunnel; and renderingthedispenser integral with said seal. 'As analternative expedient manner of making the dispenseriof Figs.* 8 and a9, a .blank may be .formedin accordanee'with :the showing in Fig. .lOa. This-blank comprises segment 5 I correspondingv to flange 5 I of thedispenser, and seg- :ments :5 I a and "5 I 'b ,"which together-determine flange 5 I aTherelatively enlarged --:dimension of segment '5 Ia. permits forming a-poeket to re- .ceive the dispenser --apex, '-as described above. Segments =4 Ia-andl Ha constitute flanges-'4 I and "II in thecom'pleted:dispenser assembly. It will "be-seen -zthat aslit or a gcuta-isiprovidedw between each-of -=thersegmentsr5 Ib, 4I;a, 5 Ia, rd-Imvand "r 5 I fa. Portions Maeand i'Mb-ftogether Idetermine "rearwall' M; whilerportions 45a, 3519; respectively define'sidewalls 45;.45of ther.dispenser:.-assembly. Irr therassembly: of i the'iblaflkflit Lism'erely requisite 'to' bendasegments: 5 Ifb, .4 I 'dfiiii a, .4 I a: and ""5 l-falalong foldjlineswi' to. aaposition substantially ""at' right-rangles ito the-"wall segments. Similar- "ly; portionsiMa. and e l lbiare:folded along crease rlinesy; atri'ght' an'g-les' to respective portionsr-ida :andwitii'abgthet lattertwoibeing= subject. to orientationiat rightangIesI tel-portion 46. Portion idea mayfltheri be over-lapped with portion Mbor vice versa, and iadhesiv'e'ly attached to each T other. Similarly, .i se ments 51 1) arid a, will be 1 ad- 'hesively attached'gto eachgother. thereby determining iiange 51/, f as above -indicated. "The crease'li-neson'theblank of-Fig. I Ow-are'designated sirnilarly to the creaseflines applicable to Fig. 8, and whenfthe assembled dispenser accordingly "creased; "it --will be 'adapted for a collapsed closingposition. Theprvision of an adhesive or binding substance 50; to the respective flanges, Lforattabhment to' theQunder-surface of the. seal 42' hasf been; previously described hereinabove.

'Thedispensing. device, ofFigs. 1'-17 whichv is structurally independent vof any package seal blank, is. adapted-for attachmenttda-seal when .and in themannerdesired. ;.Referring,-.td Fig. 12. i.the; seal"..53, havingl the/top. surface 54,. is provided .with. .an opening 5.5. 1 An expedient-mannerv of...f orming.a..dispenserfunnel:- for- :coordination -.with this opening .involves starting with a blank sheetof-ipaperofipredetermined dimension iand shape;;-w-hi-le acrectangular configuration =is2desira-ble, there is.-no intent to be-restricted to this form. This rectangular sheet of paper, not shown in the drawings, is folded into the form .-.of .aparallelepiped, with :the freeedges superimposed and-attached to each other to form'the device-56 shownin- Fig. 14. By slitting each of the four cornersi'il'flanges 58;-59--are obtained, these/determining and extending from opening -55 which." comprises :the'. inlet orropening .ofithe i" funneltoridispenser I shown :in 16 .asi'well as Wall ::'63*'is'.then cut onwa bias to placed pursuant -.to the \showing of Fig. 11 as a .result of the said .wall being inwardly .folded along'lines163'.

'.Col1ar -I3; in- Figvl'l, maybe cutfrom :a separatesheetof :paper-or the like-and is adapted to -overlie;fianges--58,:- 59 :for adhesiveattachment thereto. :Flap -'I4 comprises'the portion of: collar I3 which; extends: beyond "front; flangev 59, .and is .iinten'dedto .be free from attachment to said adapted for receiving" the-apexportion .66 oftne 'funnel, when it'is collapsed to function as a "closure means. .Col1'arr'I3 is shown attachedto flanges 58, 59 in Fig. l1, andthis assembly is adapted for association, as. by adhesive attachment; with-seal53 in' coordinationowith the seal opening 55, which desirably corresponds in dimensions and-configuration tothe inlet end opening 55'of the dispenser. Thus except for the tip ofcollar' I3,the under surface of collar I'3 may be adhesiv'ely or-in any other expedient manner attached to the-surface of seal'53 in perimetric relationshipto'seal' openin 55, said seal opening being coincident with dispenser opening 55'. As -for-' this tip portion extending from slit I5, atleast in sufiicient extent to provide a, pocket for funnel apex 66, it is free-from attachment to the seal surface. 7 V

However,- it 3 will be clear that, it is not necessary* to have ,the dispenser inlet correspond in dimension with 1 the seal opening, since the device willbe equally-operative despite avariation in thecorresponding Sizesof the ,seal opening and said inlet. "Generally. any such discrepancy maybe compensated by the dimension of the collarjI3. Forqexamplewhere the inlet end of. the dispenser is smaller than theseal openring,'the collar may be designedto. overlap the seal opening and thereby allowior theprevailing difference.

Illustrative of the attachment of. dispenser. E8 to the seal, it maybe superimposed over opening 55,.with,the flanges .58 and BiLas wellas any free portionsof collar"'.'I3,,' exceptingportioni i thereof, being ..attached to surface Sfiipf theseal by any appropriate adhesive or bondinginaterial. The apexBS of dispenser i3 may then be retained in closeclposition through the expedient of slit"I 5 of collar I3. Conversely thedispenser a e ro t u v t e Pmniaaand the collar portion may ,then be caused toadhere tothe under. surface ofthe seal. In this latter situation, it -may be desirable; to provide for -meansto receive the apex-port ion 66 of the dispenser, as by affixing an independent slit to the surface ofthe seal, orbydevising ;a pocket adapted "to receive said apex -;portion "between the collar and the under surface of the seal, in

accordance-with the -"details 'ofconstruction as described: in connection with Fig-3 hereinabove. Dispenser -18=-may beeflectively provided with crease-or fold linies'similaito those shown in Fig.

8. The crease and fold lines designated on Figs.

11 and 15 have been numbered similarly to the,

corresponding means shown on Fig. 8, and since the functioning is essentially the same, no additional consideration is directed to the manner of collapsing dispenser I8.

Although the crease or fold lines and the features relating to collapsing the dispenser modifications shown in Figs. 1-17 have been described in generally similar details, there is no intent to be restricted to these illustrative characteristics of the invention. Variations in the positioning of the fold or crease lines will be apparent to one skilled in the art without deviating from the features of the present invention. Thus the fold lines shown on the respective lateral walls of the dispensers described may be reversed to attain an overlapping of the dispenser walls in the reverse direction. Referring to Fig. 8 by way of illustration, the crease lines occurring on lateral wall can be instead applied to wall 45, while that on the latter would be provided on wall 45. Under these circumstances, Wall 45' would be caused to overlap itself with wall 45 overlying wall 45 on collapsing the dispenser. Similarly the particular design of the dispenser may be subject to change without avoiding the inventive features herein. Likewise the slit or means for retaining the apex portion of the dispenser may be subject to substantial variation, or even omitted within the purport of the present disclosure.

The dispenser modification of Fig. 18 is also applicable for attachment to any appropriate seal opening. This dispenser I9 embraces the funnel portion TI which may be of substantially tubular configuration having a curvilinear surface; however there is no intent to be restricted to any particular form or shape for this funnel modification.

Desirably base portion 8| is comparatively large with respect to the outlet or discharge opening 82, but this dimensional distinction is not essential since inlet opening 80 and discharge end 82 may be of similar dimension. The funnel assembly may be afiixed to the seal by projecting it through any predetermined opening of a size comparable with the base portion 8|, and causing the flanges 83. coated with adhesive of any type, to adhere to the under-surface of the seal, in appropriate coordination with the seal opening. Alternatively funnel I9 may be affixed to the seal through the expedient of a collar superimposed on and attached to flanges 83, and coordinated with the seal opening, or by directly attaching the flanges to the seal. Where the seal opening is larger than base portion 8| of the dispenser,

flanges of appropriately large dimension or a collar of appropriate size bonded to the flanges may be relied upon to obviate the dimension discrepancy.

When not in use, the funnel may be collapsed by bringing rear wall surface 84 into a contiguous relationship with portion 92 of front surface wall 35 along crease lines 86, located on opposite longitudinal surfaces, these contiguous surfaces being essentially vertically disposed from crease line 99 upwardly when extended relative to the dispenser base. The lower portion 9| of the funnel, primarily embracing the front surface from the base to crease line 90, is at the same time folded to a substantially horizontal plane along lines 87, 88, 99, being in effect pivotable relative to base 89 and flattened toward base portion 8|. By further folding the thus collapsed funnel along crease line 99, the upper portion 32 may assu a substantially horizontal position in superimposed relationship to the lower portion surface 9| of the funnel, or it may assume an acute angular disposition with respect to said portion 9 I In order to diminish the length of the dispenser in its collapsed horizontal position, and to afford a closure means for preventing the passage of any powder through the funnel, the apex portion is desirably folded on crease line 93 to overlie or be angularly disposed relative to front wall surface 92. Accordingly when the funnel is fully folded and collapsed, the folded apex portion may be positioned in proximity to, although not necessarily contiguous the base portion of the dispenser. Alternatively the apex portion may be folded on crease line 93 toward the back wall upper surface portion 92' of the funnel. In any event, this dispenser device may assume a compact form of comparatively small area, and dependent upon the fold lines and details of creasing resorted to, it may be substantially in the same plane as the seal surface or angularly disposed relative thereto. This modification obviates the necessity for a retaining slit to hold the dispenser apex in closed position when collapsed.

An illustrative blank for making this funnel modification is shown in Fig. 180.. It may be a conventional sheet of appropriate material of preferred fabrication, the requisite being that it is susceptible to folding or bending in accordance with the requirements of the invention. The sheet may be rolled to the shape generally indicated by Fig. 18a, with its edges 94 desirably overlapped to a sufficient extent for permitting the permanent attachment of the overlapped portions by adhesive or the like. Inlet end 89 of the tube may be comparatively large with respect to discharge end opening 82, although it is not intended to be restricted to this particular configuration since ends 89 and 82 may be of substantially equivalent dimensions. The protruding portion which may occur at either or both ends of the blank may desirably be cut off to provide the substantially uniform circular inlet and/or outlet opening. At the opening 89, slits 83 are cut to form flanges 83. It is then merely necessary to provide the crease or fold lines as previously indicated, in order to position the flanges at substantially right angles relative to the lateral wall surfaces.

The structural modification shown in Figs. 19-22 provides another desirable embodiment of dispenser device. The dispenser 95 may be of rectangular cross-section which is in an open position, and is provided with pleats 96 in its side walls 91, whereby walls I94 and I05 may be positioned substantially contiguous each other on collapsing the dispenser. The base portion of the dispenser has two overlapped flanges 98, 99 on each side. the overlapping attained through the expedient of causing the under-surface of flange 98 to adhere, as by resort to an adhesive material, to the upper surface of flange 99, or vice versa. The other two flanges are designated as I99 and IOI.

The cross-sectional detail shown in Fig. 20 indicates the attachment of the flanges to the under-surface of the seal I02. By resort to a crease line I03 at the lower portion of wall I94, the dispenser lends itself to closing merely by causing it to assume a horizontal position contiguous the surface of the seal. A secondary closure, to obviate the possibility of any powder issuing through the dispenser in its closed position, may be attained by folding walls I95, I95, when the dispenser is in collapsed position, along crease or fold line I96 at the upper portion of wall 105; although it will be understood that a complementary crease line 101 will similarly be present on wall Hl4- with creasedines I06. and lfil coincidingiwitheach other.

The discharge end ofthe. dispenser maythus substantially overlie-wall-|65,or if desired wall H34, in the event-thedischarge end is: folded in the reverse-direction. It may quite efiectively serve as adispenser closure however by being angularly= disposed relative to saidwall M35 or even wall I-M. Without int-ending to' here- 'strictedto any particular-angular relationship between the discharge endand the wall-surfaces of the dispenser, a right angle or anacute angle have both provided satisfactory results-as a-clovJsure expedient. Where a'container cover. is conrtemplated, the positioning .of the cover over the seal and the dispenser coordinated therewithwill not necessarily afiect thisangularly disposed relationship between the dispenser dischargeand the collapsed walls in-view of the usual space --which occurs" between ithecover and the. seal.

'At the mosh-the discharge end will be caused to c'ontact'the adjacent --wal1 surface-as a-result of the container cover forcing .thedischarge endtoward the saidwallrsurface.

"A blank. for the rexpedientgproduction of? the dispensershownwin Figs. 19-21 :is' vindicated-in ,-.-Fig. 22. -'-Asr:infthe case-of the..descripticnrofrthe finished structure, the wallportions of the'blanlr are designated as H14, ID5,andthe two-sets'of :flanges 98 and 99 are:similarly shown as .well as flange I I In assembling the blank, it .is folded along crease lines lflil and- I69 to thereby determine :wa'll I04. A further fold along'lines H9 .and Ill' respectively results in the formation of pleats flfi in: side wallss'i. .C'reasing the blank along :lines H2 and IIS-respectiveiy will result in :obta'iningwall I05, after the two faces I05 are overlapped and adhesively attached. Fold line I03 determines flange 191, and crease lines H5,

H6 respectivelyrdefine flanges 98 and 99. Since ..fianges-98 and-99 are distinct elements deter- -mined:by a cutalong line Ill, they may be ccordinatedwvithseach other, as shown in Fig 21 by overlapping them and causing the under-surface of one to adhere to the upper surface of the in Fig..21 to the seal, the funnel portion of the dispenser is inserted through the appropriate opening of .the-sseal from the under-surface thereof. outwardly, until the flanges 88,-99, as well -.-as.flanges 1'86 and it! are contiguously positioned relative to the under-surface of seal 182,

as shown in the-sectional view of Fig;.20. .upper surfaceofthe flanges will-desirably be provided with an adhesive material, desirablyof .thepressuresensitivetype, which willprovide, .apermanent attachment on the application of The pressure between the seal and the flange surfaces. While thedispenser modifications of FigSrS-QZ are described-as intended for attachment to a containerseal, representing a significant adap tation of-the invention; it will be clear that these .corn.plete,...integral devices are; not restricted to Lthis particular. use, i and are adapted for attach- .ment ,to various forms of containers -,or packages,

as .willlbeapparent.toaone versed in the art,

. .Moreover the features-of dispensing device. and

-. closure, as. well asithev seal and blank .detailsembraced inltheninve'ntion, arelindicative :of optimumLor preferred adaptations illustrative of de- 5 siredlembodiments; but. are not to be. taken as restrictiveiof I the scope of. the invention.

Thus. the particular configurations of the var- .ious-dispenser-devices as awhole, or'iof their respective surfaces,"including their walls, base 10.. portionsforthel'like, may be subject to-variation w'ithinlth'e purviewrofthe invention, and th same appliestothe creaseor fold lines shown or described. Similarlythe material from which the .dispenser devices are fabricated is'not of critic'al'signi'ficance.except to the extent'that it affords the requisite. shaperetention properties as a dispenser device and the flexibility or resiliency which permitsiolding orcollapsing along predetermined crease lines to a closure device of the I type disclosedI'While for cosmeticpowder packages, the material :is desirably paper 'ofpre'determine'd texture; it 'will be clearthat it is subject .to change i det'ermined by the ":dictates of contemplated usage and the .characteristics desired. 'i'Illustr'ative of the, materials, which may be utilized in addition to: paper areleathenl'fabric especially 'the' .type which has" been-treated to, provide I the aforementioned properties, syntheticresins, laminated stock'material including metal" foil, et cetera.

I'Although theinvention" has been illustratively described-in connection with" its desirable adaptation .as a dispenser 'for-pulverulent materials, "such as.cosmetic.powder,"it...is in. no senserestricted' thereto. '.'Thus .it willbe understood that 'itlis sin'iilarlyapplicable to the handling 'of.tliquid. materialsor' 'theilike.

"Pursuantto'the invention,- a. novel; compact and expedient device is obtainewwhich is .particulaily ellec'tive' forfdispensing an. impalpable powderf'andis 'atIthesame time adaptedlfor cauapsmg into'f'the form of. an e'fficient closure for a container, such as'that utilized in'the packaging of cosmetic. powder. The'di'spe'nsing-an'd closure means of 'the present invention is novel as to structur'alieatures, and efficient "closure: for a'container, such as that utilized inthe packaging of cosmetic? powder. This dispensing. and "closure means of'the present invention. is. novel as to. structurahfeatures, .andi eliicient' as toi 'its operation.

The'terminology inithejclai'rnsi is subject to an .appropriatedatituclefof construction pursu- "ant to'the scopeof'the' invention described herein. Thus the expression ".container surface. is contemplated as generically embracing any wall surface 'orse'al"determining an-en'closure comprising thecontain'er.

WhileIheWe described my invention in accordance with "desirable embodiments. it is ob- I vious'jithat 'manyfchanges and .modifications' may I be -hidde in; the". .details of construction,.-and in .thecombination andarrangement of parts without. departing Yfrom.Ithe-.,spirit. of. the invention as defined..in..the.' followingclaims.

;.-I-Iaving thusrset forthrmyinvention; I claim:

1.- .-A:di spenser.: device; adapted for coordination at-itsT-inlet opening with; an opening of a. container, comprising walls of :;flexiblenmaterial 7 0 -;:determining- 1a.- conveyingz surface-land? flow-confining surfaces,::said1 wallssurfaces. defining: and ;.circiimventingiati leastethei inletiopeningzofi ithe CzdlSPBILSBIifiIld :"determining ithe .outlet :thereof :Jwhemsaid; dispenser is: open: for the passage of --1naterialiherethrougm foldlines on said-wall surfaces for collapsing said dispenser in an overlapping coordination of at least a portion of said wall surfaces to provide a closure device adapted to substantially prevent the flow of material therethrough, said dispenser when collapsed hav ing the inner surfaces of at least a portion of two opposing walls substantially overlying each other along the longitudinal dimension of the dispenser, and having each of two opposing walls of the dispenser respectively bent over itself along a transverse fold line to substantially effect an external surface contiguity of adjacent portions of each of said opposing walls.

2. A dispenser device, adapted for coordination at its inlet opening with an opening of a container, comprising walls of flexible material determining a conveying surface and flow-confining surfaces, said surfaces defining the inlet opening of the dispenser, said flow-confining wall surfaces comprising lateral opposing walls integral with the conveying wall surface, and a guard wall means opposite said conveying surface and integral with the said lateral walls at least at their base portion, said wall surfaces determining an enclosure for said opening at least at the base portion of the dispenser defining its inlet when said dispenser is open for the passage of material therethrough, a coordination of longitudinally extending and transversely extending fold lines on said wall surfaces for collapsing and folding said dispenser in a substantially complete overlapping coordination of said walls for providing a closure device adapted to substantially prevent the flow of material through said opening, said dispenser when collapsed having the inner surfaces of at least a portion of two opposing walls substantially overlying each other along the longitudinal dimension of the dispenser, and having each of two opposing walls of the dispenser respectively bent over itself along a transverse fold line to substantially effect an external surface contiguity of adjacent portions of each of said opposing walls.

3. A dispenser as in claim 2, wherein the conveying surface and the lateral surfaces are substantially triangular and determine a common apex portion at the discharge end of the dispenser, and wherein the guard means is substantially rectangular, said dispenser when collapsed having the inner surfaces of at least a portion of the lateral walls substantially overlying each other along the longitudinal dimension of the dispenser, and each of said overlying lateral walls being bent over itself along a respective transverse fold line for substantially effecting an external surface contiguity of one portion thereof with an adjacent portion.

4. A dispenser as in claim 3, wherein the conveying surface and the lateral surfaces are essentially triangular and determine a common apex portion at the discharge end of the dispenser, and the guard means surface is essentially rectangular, the base and inlet portion of the dispenser being integrally attached to a collar means, a slit in the portion of said collar means adjacent said guard means, said slit being adapted to receive the common apex of said triangular surfaces for removably retaining the dispenser in collapsed position as a closure device.

5. A dispenser device, adapted for coordination at its inlet opening with an opening of a container, comprising a spout of flexible material having two opposite planar wall surfaces one of which functions as a conveying surface and the other as a confining surface, and lateral bel- 16 lows walls for providing the other confining surfaces and for permitting the spout to collapse, with the opposite planar wall surfaces adapted to substantially overlie each other along the longitudinal dimension of the dispenser, and to thereby function as a closure device.

6. A dispenser device, adapted for coordination at its inlet opening with an opening of a container, comprising a spout of flexible material having two opposite planar walls, one of said walls functioning as a conveying surface and the other as a confining surface, and lateral bellows walls for providing the other confining surfaces and for permitting the spout to collapse with the opposite planar wall surfaces adapted to substantially overlie each other along the longitudinal dimension of the dispenser when collapsed, said conveying surface having a transverse fold line near the base and inlet portion of the spout, said surfaces having a transverse fold line at the portion of the spout near its outlet for a reverse bending of the outlet and discharge portion of the spout when it is collapsed, whereby said spout in collapsed position provides a closure device adapted to substantially prevent the passage of material therethrough.

7. A dispenser as in claim 1, wherein the inlet portion of the dispenser is integral with a collar means adapted for attachment to a wall surface of the container, in correlation with the container opening in said wall.

8. In combination with a container wall having an opening therein for the discharge of material therethrough, a dispenser device attached to said wall in coordinated association with said opening and comprising Walls of flexible material determining a conveying surface and flow-confining surfaces, said wall surfaces defining and circumventing at least the inlet opening of the dispenser and determining the outlet thereof when said dispenser is open for the passage of material therethrough, fold lines on said wall surfaces for 001- lapsing said dispenser in an overlapping coordination of at least a portion of said wall surfaces to provide a closure device adapted to substantially prevent the flow of material therethrough, said dispenser when collapsed having the inner surfaces of at least a portion of two opposing walls substantiall overlying each other along the longitudinal dimension of the dispenser, and having each of two opposing walls of the dispenser respectively bent over itself along a transverse fold line to substantially effect an external surface contiguity of adjacent portions of each of said opposing walls.

9. In combination with a container wall having an opening therein for the discharge of material therethrough, a dispenser device attached to said wall in coordinated association with said opening and comprising a spout of flexible material liaving opposite plane walls, one of said plane walls functioning as a conveying surface and the other as a flow-confining surface, and lateral bellows walls for providing the other confining surfaces and for permitting the spout to collapse with the inner surfaces of the opposite plane walls being substantially contiguous each other along the longitudinal dimension of the dispenser, said dispenser walls defining the inlet and outlet openings of the dispenser, one of said plane walls having a transverse fold line near the inlet opening of the spout and each of said plane walls having a transverse fold line in proximity to the outlet portion of the spout near its discharge end for permitting a bending over of the outlet portion of the spout when it is collapsed, whereby said spoutin collapsed position provides a closure device adapted to substantially prevent the passage of material therethrough and to lie substantially contiguous the container wall surface.

10. In combination with a container seal, a dispenser device in coordinated association with an opening of said container seal, said dispenser comprising Wall surfaces of flexible material determining a substantially triangular conveying surface and flow-confining surfaces, said wall surfaces defining the inlet opening of the dispenser, said flow-confining wall surfaces comprising substantially triangular lateral opposing walls integral with the conveying surface, said conveying surface and lateral walls determining a common apex portion at the discharge end of the dispenser, and a guard means opposite said conveying surface and integral with the base portion of said lateral walls, said wall surfaces and guard means together determining a circumventing enclosure at the base portion of the dispenser defining its inlet, fold lines on said wall surfaces for collapsing said dispenser in an overlapping coordination of ,said wall surfaces to provide a closure device adapted to substantially prevent the flow of material therethrough, the inner surfaces of at least a portion of the lateral walls overlying each other along the longitudinal dimension of the dispenser and said overlying lateral walls being bent over 'along their respective transverse fold lines when the dispenser is in collapsed position, whereby the dispenser is adapted to lie substantially contiguous the seal surface as a closure device.

11. A blank of foldable material, including a combination of a container wall and a dispensing device, comprising a predetermined portion of said blank including crease lines adapted to determine the -top surface wall of said container, an opening in said top surface wall determined by flap portions and fold lines relative to said top surface, a projecting portion from an end of said blank in correlated relationship with said opening and flap portions, said projecting portion comprising segments with fold lines for determining the conveyor wall surface and confining wall surfaces of a dispenser device and for collapsing said dispenser in an overlapping coordination of at least a portion of said wall surfaces for providing a closure device adapted to substantially prevent the passage of material through said dispenser, said wall surfaces circumventing the inlet opening of said dispenser.

12. A blank of foldable material for a combination of package seal and dispensing device comprising a predetermined portion of said blank adapted as the seal including crease lines determining the top surface of said seal and angularly disposed lateral surfaces thereof, an opening in said top surface determined by flap portions and fold lines relative to said top surface, a projecting portion from an end of said blank in correlated relationship with said opening and flaps, said projecting portion comprising a substantially triangular shaped segment having fold lines defining the conveying surface of said dispenser, segments adjacent said conveying surface portion determining the lateral confining surfaces of said dispenser, a segment on one base apex side of the said substantially triangular segment determining a guard surface wall for said dispenser, and a projecting segment on the other base apex side of said triangular shaped segment for determining an overlapping guard wall surface, and a slit for retaining the collapsed dispenser in removably closed position.

13. A blank for a dispenser comprising a rectangular shaped portion determining a base flange and guard wall surface of the dispenser, and a substantially triangular shaped portion on each side of said rectangular portion, said triangular shaped portions having segments at their base slitted to determine the attachment flanges of said dispenser, said triangular shaped portions determining a substantially triangular shaped conveying surface and substantially triangular shaped lateral confining surfaces of said dispenser, said various portions having defined fold lines.

14. A dispenser blank comprising a rectangular centrally positioned segment determining one plane surface of the dispenser, a rectangular segment on each side of said centrally positioned segment, said latter rectangular segments being provided with crease lines for determining a bellows pleat defining the lateral bellows surfaces of said dispenser, a rectangular end segment contiguous each of said lateral bellows segments determining the second plane surface of said dispenser, and segments slitted relative to each other on one side of said blank for determining the attachment flanges of said dispenser.

SAMUEL MILLER.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 922,277 Gowing May 18, 1909 1,714,741 Urquhart May 28, 1929 2,077,341 Martin et a1 Apr. 13, 1939 2,154,584 Rossi Apr. 18, 1939 2,288,042 Spilman June 30, 1942 2,323,505 Wilcox July 6, 1943 2,331,842 Moran Got. 12, 1943 2,349,247 Coghill May 23, 1944 

